Tarson 1.8 ml Cryo Box For 2D Coded Cryochill Vials, Material - PP/HDPE

The Tarson 1.8 ml Cryo Box for 2D Coded Cryochill Vials, constructed from a combination of polypropylene (PP) and high-density polyethylene (HDPE), represents a robust and efficient storage solution for laboratory samples. Specifically designed to accommodate 1.8 ml cryochill vials with 2D barcoding, this cryo box offers reliability, durability, and compatibility with ultra-low temperature storage conditions.

Featuring slots tailored for 2D coded cryochill vials, each vial is securely held in its designated place within the cryo box. This design minimizes movement and the risk of damage, ensuring sample integrity during storage and transportation.

PP and HDPE materials provide excellent durability and resistance to ultra-low temperatures, making the cryo box suitable for storage in freezers or cryogenic environments. These materials maintain their structural integrity, ensuring the stability and integrity of stored samples over time, even under extreme conditions.

Additional features may include alphanumeric grid markings, color-coded identification tabs, or clear, transparent lids for easy sample identification and retrieval. These features enhance organization and efficiency in laboratory workflows, allowing researchers to quickly locate and access specific samples without extensive searching.

The cryo box is autoclavable, allowing for effective decontamination between uses to maintain sample integrity and prevent cross-contamination. This feature is vital for preserving the quality and reliability of experimental results and ensuring sample safety in sensitive research applications.

Overall, the Tarson 1.8 ml Cryo Box for 2D Coded Cryochill Vials, constructed from PP/HDPE materials, provides researchers with a reliable and user-friendly solution for sample storage. With its durable construction, compatibility with ultra-low temperature storage, and convenient features, this cryo box simplifies sample management in laboratory settings while preserving sample integrity.